Less Waiting
More Efficiency
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AUTOCHECKOUT
In large supermarkets, customers often find themselves waiting in queues at the checkout, causing payment processes to be sluggish. Moreover, it's challenging to find qualified individuals to work at the checkout in large supermarkets, and providing training for the checkout software takes a considerable amount of time. The Autocheckout project was developed to address these issues and provide a solution.
Unique Solutions
For Supermarket Problems
Problem: Customers in large supermarkets are stuck in queues at the checkout, unable to make quick payments.
Solution: Autocheckout reduces the queues experienced at the checkout in large supermarkets, enabling quick scanning and minimizing the checkout process with state-of-the-art artificial intelligence algorithms.
Problem: It is difficult to find individuals to work at the checkout in large supermarkets, and providing training for operating checkout software takes a long time.
Solution: Autocheckout provides a definitive solution to the cashier issue with its unmanned checkout system.
Problem: The increasing minimum wages and long working hours lead to an excessive need for labor.
Solution: The Autocheckout solution operates efficiently in unmanned mode during the supermarket's opening hours.
Problem: Customer usage issues and limited product transitions are common problems in self-checkout systems.
Solution: Thanks to the Artificial Intelligence solution of Autocheckout, fast payments can be made without the need for limiting the number of products on the conveyor. Additionally, the unmanned checkout platform of Autocheckout automatically handles barcode scanning and/or product selection without requiring the customer to do so.
Problem: The arrangement and counting of products on the shelves cannot be done.
Solution: In the Autocheckout solution, unmanned checkout is accompanied by unmanned control systems. Through fixed smart artificial intelligence algorithms cameras tracking the shelves or artificial intelligence algorithms robots navigating between the shelves, at certain intervals (for example, every 15 minutes), shelf arrangement and product counting are carried out. When a shelf becomes empty, an alarm is sent to the operation staff.
Problem: The arrangement and counting of products on the shelves cannot be done.
Solution: In the Autocheckout solution, unmanned checkout is accompanied by unmanned control systems. Through fixed smart artificial intelligence algorithms cameras tracking the shelves or artificial intelligence algorithms robots navigating between the shelves, at certain intervals (for example, every 15 minutes), shelf arrangement and product counting are carried out. When a shelf becomes empty, an alarm is sent to the operation staff.